Unlock unparalleled cooling performance with the Noctua NH-D15 G2 HBC Dual Tower CPU Cooler in a refined brown finish.
Building on the legacy of its iconic predecessor, the NH-D15 G2 HBC redefines quiet cooling excellence. This next-generation cooler delivers significantly improved thermal performance, achieving lower temperatures even under demanding heat loads. This enhanced thermal headroom allows for higher turbo clock speeds on your CPU, maximizing your system's potential. The cooler is engineered with optimized, asymmetrical fin-stacks that leverage the superior airflow and pressure of the new NF-A14x25r G2 PWM fans. By reducing fin spacing and increasing fin count, Noctua has achieved better cooling efficiency in a slightly more compact design than the original NH-D15.
Featuring an impressive eight heatpipes, the NH-D15 G2 HBC offers superior performance, especially at extreme heat loads exceeding 250W. Noctua provides specialized variants, including this HBC (High Base Convexity) version, meticulously designed for optimal contact with CPUs that experience significant deformation under Intel's LGA1700 ILM pressure. This ensures maximum thermal transfer for peak performance. The offset design provides enhanced clearance for your PCIe slots, and in single fan mode, it offers ample room (59mm) for tall RAM modules, ensuring broad compatibility across high-end systems. The included two NF-A14x25r G2 fans are Noctua's latest innovation, setting new benchmarks for performance-to-noise efficiency, with a clever speed-offset to prevent undesirable acoustic phenomena. Elevate your PC's cooling capabilities in Global with this premium solution.
Best Features:
- Next-generation quiet cooling performance
- Optimized asymmetrical fin-stacks for enhanced airflow
- Eight heatpipes for superior thermal capacity
- Specialized HBC version for optimal Intel LGA1700 contact
- Offset design for improved PCIe clearance
- High RAM compatibility in single fan mode
- Includes two high-performance NF-A14x25r G2 PWM fans
- Speed-offset for optimal acoustics
